这是一个可靠的分配系统20 KV重新校准与技术部门和FMEA方法

U. Usman, I. Indra, M. Thahir, S. Sofyan, A. Idris, Sarma Thaha
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引用次数: 1

摘要

本文讨论了配电系统可靠性指标的确定问题。干扰的持续时间和频率对配电系统的可靠性有很大影响,导致用户无法接收到电能。这种可靠性是通过SAIFI、SAIDI和CAIDI指数来衡量的。计算确定可靠性指标所需的故障率的方法有截面法和失效模式效应分析法(FMEA)。采用FMEA方法得到了较好的结果。与PLN的SAIFI和SAIDI标准相比,Malili馈线仍然相当可靠,因为它的值小于PLN标准。然而,与IEEE标准相比,由于获得的SAIFI值仍然更高,因此该马利力馈线不被归类为可靠。而对于SAIDI,该值仍低于IEEE标准。为了提高该馈线的可靠性指标,有必要增加保护元件来定位故障。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Penentuan Keandalan Sistem Distribusi 20 KV Penyulang Malili dengan Metode Section Technique dan FMEA
– This paper discusses the determination of the reliability index of the power distribution system. The reliability of the power distribution system is strongly influenced by the duration and frequency of the disturbance, causing customers not to receive electrical energy. This reliability is measured by indices called SAIFI, SAIDI, and CAIDI. The method used to calculate the failure rate required to determine the reliability indexes are the section technique and Failure Mode Effect Analysis (FMEA). The results obtained using the FMEA method are better results. Compared to PLN's SAIFI and SAIDI standards, the Malili feeder is still quite reliable, because its value is smaller than the PLN standard. However, when compared to the IEEE standard, this Malili feeder is not categorized as reliable because the SAIFI value obtained is still higher. While for SAIDI the value is still below the IEEE standard. To improve the reliability index of this feeder, it is necessary to add a protection component to localize the fault.
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